Solar System Scope
Nestor De La Vergne
On the initial load, you see the solar system at the current date and time. You can then select another date/time or even better choose to watch the planets move forward or back in time. It is a great visualization of space and our place within it! You can clearly see the movement of the planets, relative to the Sun. You can also select the speed at which you watch which is very handy.
Solar System Scope is a fun way of exploring and discovering the solar system and outer space. This game will bring you closer to the furthest reaches of our world and lets you experience lots of fantastic space sceneries.DeveloperSolar System Scope is made by INOVE .
Admittedly, going further to behold the beauty of Pluto, once a planet, now a dwarf planet in the Kuiper Belt, caps off this unique expedition. The journey end will leave us with an understanding of the infinite yet harmonious chaos that forms our solar system.
? Solar System Scope is an exciting game where you can learn about the different planets in the solar system. This free online telescope simulator will take you to Jupiter, Mars, Venus, even Ceres, the dwarf planet discovered in the 18th century. Get ready to, not only travel to other planets, but learn all about them.
An interactive trip through the solar system that can be embedded into a web page (must take Flash, so not WP.com, but it worked fine on my WP.org side) or a start page (click to see my sample). what a great way to get kids excited about space.
I have an astronomy class that is significantly based on studying the solar system with its components including galactic structure, interstellar matter, the evolution of stars, and their patterns. The most practical part of this course is observing the sky using telescopes to observe the solar system and related astronomical components. The observation together with class learning tends to increase the learners' understanding of the universe, galaxies, planets, sun, moon, and stars. Such understanding is further essential in learning directions, seasons, and star formation. There are different apps that make it easier for students to observe these astronomical components in a virtual setting. One of these apps is the Solar System Scope.
Solar System Scope provides the ability to virtually explore the solar system, the external space, and the night sky in real-time. The distances of the solar components and their positions are based on orbital parameters and images and altitude data offered by NASA. This makes the app offer accurate and interesting information and facts about the solar system. I used the free online model to study the sky and the solar system. From figure 1 below, we can see how clearly the application represents the solar system including star patterns, the sun, other planets, and astronomical compounds.
There are various questions raised by ASHA that I used to evaluate this solar system application. First, I can argue that the application has clearly stated different items from the solar system that can be viewed on it including the sun, planets, moon, constellations, and spacecraft. Secondly, the definition, location, and positioning of these components are based on scientific knowledge and data from NASA, an organization with experts who aim at exploring, investigating, and discovering interesting facts about space. Therefore, using valid information from this organization shows that the application possesses the required professional background. Based on the Business Skills Rubric, I can attest that this program is easier to navigate with a user-friendly interface and works well with different network connections. However, the application lacks the capability to encourage sharing of the results or storing them in comfortable files like pdf. I recommend that the app include descriptions of the objects like the constellations.
Solar System Scope is an impressive app for those who love to explore, discover, and play with the solar system and outer space. The app offers various views and celestial simulations, making space exploration an engaging experience. Solar System Scope stands out as a unique 3D encyclopedia that contains interesting and accurate facts on planets, dwarf planets, and major moons, brought to life with realistic 3D visualizations. The app also offers a night sky observatory, where the stars and constellations can be viewed from any location on Earth. Calculations are based on up-to-date orbital parameters published by NASA, making it perfect for scientists and space enthusiasts of all ages. Additionally, Solar System Scope offers unique maps, which provide an accurate and sublime true-color space experience. Overall, Solar System Scope is an amazing scientific instrument, well-suited for all audiences and ages.
In our last issue of Climate 101, we discussed scope 1 emissions and their significance at Rutgers. In this issue, we will take a deeper look at scope 2 emissions and clean electricity. Put simply, scope 2 emissions are the indirect emissions that are associated with the purchase of electricity or steam for lighting, heating, cooling, etc (EPA). Unlike scope 1, these emissions are not generated directly by the organization using them (i.e. Rutgers). Some examples include fugitive emissions and emissions from provisioning plants.
One challenge Rutgers, along with many other organizations, faces is defining scope 2 emissions. There is not a universally accepted boundary. Some begin measuring scope 2 emissions at the point of energy generation (i.e. at the power plant itself). Others will include emissions created during the process of acquiring resources for the energy source, such as the process of getting coal for the power plant as scope 2 emissions, while others include this category of emissions in scope 3. Rutgers uses the first method, which is used by most academic institutions and is endorsed by the GHG Protocol. Because scope 2 emissions are based on purchased energy, Rutgers elimination of these emissions is closely linked with how energy is generated in New Jersey.
But what is clean energy and how does it factor into emissions accounting? Clean energy is the energy generated from renewable sources which do not release greenhouse gases into the atmosphere while generating energy. Currently, most organizations measure their emissions on an annual basis when calculating progress toward climate goals. This means that as long as net emissions average out to zero over the year, the organization is considered to be carbon neutral. For example, solar energy is becoming more and more commonly used across the state. However, its energy availability is limited to times when the sun is out, meaning nonrenewable sources are required during times of darkness. If an organization offsets those emissions at some point during the accounting year, they have achieved carbon neutrality for the year.
The free Solar System Scope app features a 3D model of the solar system that you can manipulate to better understand the motions of the moon and planets. You can select a specific date and time, or allow time to flow forwards and watch things move. Here, the Jan. 31, 2018 total lunar eclipse is modeled. The software is available in both browser and mobile versions, and includes a sky chart mode for night-time skywatchers.
Maps, charts, and atlases are collected for all areas of the world and for planetary bodies within our solar system. Aerial photography is acquired for Washington state, space imagery primarily for the Pacific Northwest.
Hioki has decided to install a solar carport (carport-type solar power generation system) with a power generation capacity of 2MW and a 2MWh lithium-ion energy storage system in the employee parking lot on the south side of its headquarters site.
In February 2022, we formulated the "Basic Sustainability Policy" and the "Hioki Sustainability Declaration," which set targets for CO2 emissions in order to realize a sustainable society. The Hioki Sustainability Declaration calls for achieving Scope 1 and Scope 2 carbon neutrality by 2025 (the 90th anniversary of our founding) and Scope 3 carbon neutrality by 2035 (the 100th anniversary of our founding).
The 2MW solar carport and 2MWh lithium-ion energy storage facility that is to be installed on the 23,000m2 south parking lot will enable the company to supply about half of the electricity used at its headquarters in-house. In addition, four different types of solar power generation equipment will be installed to serve as a testing ground for the Company's business of electrical measurement.
At the same time, we plan to proceed with experiments in energy management systems utilizing the IoT.
Construction will begin in 2023 and is expected to be completed by 2025.